摘要
设计了一种适用低铁损、高磁感硅钢的新型薄板碎边剪。分析研究了剪切传动机构的布置方式及适用范围并给出了布置方式的选型原则。根据剪切传动机构的布置方式推导出了倾斜剪刃碎边剪剪刃侧间隙调整数学模型,为倾斜剪刃碎边剪剪刃侧隙自动化调整提供理论基础。
A new low iron loss scrap cutter suitable for high magnetic strength silicon steel was designed. The arrangement form of the shearing drive mechanism is analyzed emphatically. The selection principle of arrange- ment form is given. A mathematical models of side clearance adjustment for scrap cutter with tilt shearing blades was deduced according to the arrangement form of the shearing drive mechanism. It provided a theoretical basis for automatic adjustment of scrap cutter side clearance.
出处
《重型机械》
2013年第3期11-13,共3页
Heavy Machinery
关键词
高磁感硅钢
侧隙调整机构
斜剪刃
侧间隙
数学模型
high magnetic silicon steel
side clearance adjusting mechanism
tilt cutter blade
side clearance
mathematical models
